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ASTM D7797, ASTM D4052, EN 14039, IP 585, IP 590, IP 583, IP 599, IP 426, ISO 9377-2, ISO 9377-2 (MOD) OSPAR, ISO 16703,

								ASTM D7797, ASTM D4052, 
								EN 14039, 
								IP 585, IP 590, IP 583, IP 599, IP 426, 
								ISO 9377-2, ISO 9377-2 (MOD) OSPAR, ISO 16703, 

Durable. Dependable. Design you can trust.

ERAJET FAME is a rugged and truly portable stand-alone NDIR spectrometer for the ultra-fast and easy determination of all types of FAME in jet fuel. The fully automated analyzer easily determines FAME in jet fuel with lab-grade precision in excellent correlation to international IR (ASTM D7797, IP583) as well as GC (IP585, IP590) standards.

ERAJET FAME is a portable, stand-alone FAME in jet fuel tester, using the latest fully automated non-dispersive IR transmission technology in combination with two absorption cartridges.
First, the test specimen is passed through a cartridge which allows the introduction of only non-polar components into the analyzer. The second cartridge selectively absorbs the more polar contaminants, such as oxidation products, and FAME or other esters are passed through without retention.

With an unrivalled measurement time of only 5 min ERAJET FAME is the fastest FAME in jet fuel analyzer on the market. With its easy to use interface and the fully automated measurement including the sample introduction, ERAJET FAME is the perfect solution even for untrained operators. Cleaning and rinsing of the instrument are an easy task as no special solvent is required.

To request a quote for the ERAJET FAME, please click here.

features__astm compliant

The following accessories are recommended for purchase in sequential order (see eStore):

1st Year:
No spare parts are required
2nd Year:
No spare parts are required
Remaining Parts:
Available Test Method   Based on ASTM D7678
Correlation To   Infrared spectroscopy: ASTM D3921, D7066; DIN 38409-H18; OSPAR IR method; IP 426 Gas chromatography: ISO 9377-2, ISO 9377-2 (mod) OSPAR, ISO 16703; MADEP-EPH; EN 14039 
Gravimetry: EPA 1664, EPA 9071; ASTM 4281; ISO 9377-1
Applications   TPH (Total Petroleum Hydrocarbon) and TOG (Total Oil and Grease) measurements in water and soil
Extraction Method   External liquid-liquid or solid-liquid extraction 
Extraction Solvent   Cyclohexane 
Sample Volume   Typically 900 mL water and 50 mL cyclohexane (min. 10 mL solvent required per measurement)
Sample Clean-up (TPH)   Simplified removal of polar substances over attachable Florisil® cartridges
Measurement Time   5 min (including background measurement)
Measurement Range   up to 1 000 mg/L oil-in-water 
up to 36 000 mg/kg oil-in-soil
Limit of Detection   0.5 mg/L oil-in-water (900:50 mL H2 O:Solvent) 
18 mg/kg oil-in-soil (20 g:40 mL Soil:Solvent)
Repeatability   Enrichment factor 18 (900:50 mL H2 O:Solvent) 
0–70 mg/L ± 0.35 mg/L 
70–400 mg/L ± 1.0 mg/L 
400–1 000 mg/L ± 2.1 mg/L
Interfaces   Built-in PC with Ethernet, front and rear USB and RS232 interfaces Direct LIMS connectivity via LAN, output to printer or PC and export as CSV or PDF Optional input by external keyboard, mouse and barcode reader
Remote Control   Remote service capability via Ethernet interface
PC Software   ERASOFT RCS – remote control Windows® software for multi-instrument remote control, convenient data transfer and result analysis
Result Database    Over 100 000 detailed test reports stored in internal memory
Alarm Tracking   All alarm messages are stored in the database together with the result
Power Requirements   Auto-switching 85–264 V AC, 47–63 Hz, max. 150 W (multi-voltage power supply) Field application: 12 V DC (vehicle battery) adapter available
Dimensions / Weight   29 x 35 x 34 cm (11.4 x 13.8 x 13.4 in) / 9.7 kg (21.4 lb)


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